MIP Displays: Energy Efficiency Without Compromise

In today's world, where sustainability and energy efficiency are key, display technologies play a vital role in minimising power usage. Our range of monochrome or colour Memory in Pixel (MIP) displays exemplifies how ultra-low power consumption and impressive image quality can align with sustainability goals. So, what are MIP displays, how do they work, and what sets them apart in energy-efficient technology?

Energy Consumption as low as 12µW!

MIP LCDs feature embedded 1-bit memory in each pixel, enabling high contrast, high resolution, and ultra-low energy consumption. Static information remains on-screen without continuous refreshing by the processor, drawing as little as 12µW for 1.28" monochrome MIP display comprising 128x128 pixels.

Additionally, MIP displays use reflective technology, which relies on ambient light to make screen content visible, eliminating the need for backlighting. This property enhances energy efficiency, especially in bright outdoor conditions.

monochrome memory in pixel display

How Do MIP Displays Work?

The unique memory functionality in MIP displays eliminates the need for constant screen refreshing, unlike traditional LCDs. Once an image is loaded, it remains visible without power-consuming refresh cycles.
During updates, only the screen areas requiring changes are refreshed, further conserving power.

MIP vs. E-Paper Displays:

Both MIP and e-paper displays excel in static image retention with minimal, or in the case of e-paper, zero power consumption. 

However, e-paper displays have slower refresh rates and are a better fit for electronic tags, labels and price tags, e-readers and digital poster applications. MIP displays, support faster refresh rates, making them ideal for displaying dynamic content when required.


black and white e-paper display for bustop signage

MIP vs. OLED Displays:

OLED offers vibrant colours and high contrast but requires more power due to self-illumination and continuous refreshing. 

MIP displays, with their reflective design, significantly outperform OLEDs in outdoor visibility and energy efficiency.

monochrome olen display for coffee machine

MIP vs. Traditional LCDs:

Traditional LCDs often depend heavily on backlighting and continuous refresh rates, making them far less power-efficient compared to MIP displays.

vertical alignment display

Ideal Applications for MIP Displays

Wearable Devices: Smartwatches and fitness trackers benefit from MIP displays’ low power requirements, enabling longer battery life.

IoT Devices: MIP technology is perfect for battery-operated Internet of Things (IoT) devices that require occasional updates.

Handheld devices: Portable barcode scanners, multi-meters and electronic temperature probes can utilise MIP displays for their readability in diverse lighting conditions and power-saving capabilities.

Sustainability: The Core Advantage

MIP displays significantly lower the carbon footprint of battery-powered devices. Their reflective design reduces reliance on backlighting, supporting global sustainability goals. They are particularly effective in solar-powered or off-grid applications, offering a reliable, eco-friendly solution.

Memory in Pixel displays redefine energy-efficient technology. By integrating pixel-level memory storage and reflective designs, they offer an unparalleled combination of sustainability, performance, and versatility. As eco-friendly solutions gain importance, MIP displays are pivotal in advancing low-power devices across wearables, IoT, and industrial applications.

At Anders Electronics, we are proud to provide sustainable display solutions. Let us help design your next product to meet your needs and contribute to a greener future.